IBM 71762NX power distribution unit (PDU) 12 AC outlet(s) 1U Black

IBM 71762NX. PDU types: Basic, Rack capacity: 1U, Mounting: Horizontal/Vertical. AC outlets quantity: 12 AC outlet(s), AC outlet types: C13 coupler, C19 coupler. Maximum current: 16 A
Manufacturer: IBM
SKU: 4040463
Manufacturer part number: 71762NX
$1,209.00
IBM Ultra Density Enterprise PDU IBM Ultra Density Enterprise PDU models are engineered to stringent specifications in order to efficiently and cost effectively deliver power to the most power-dense IBM System x and BladeCenter environments. Designed with nine IEC-320-C19 receptacles on the front, three IEC-320-C13 on the rear panel, and individual breakers per load group, these units are well equipped to meet the requirements of your most power-demanding and highest availability systems. - Input cable connection, C19 outlets, and breakers on one face to improve usability and cable management; - Hardware to mount in either EIA space or sidepocket of rack; - 7176-2NX and 7176-3NU have nine IEC-320-C19 receptacles on front panel and three IEC-320-C13 receptacles on rear panel; - Easily accessible individual breakers per load group for high-availability environments.
IBM Ultra Density Enterprise PDU IBM Ultra Density Enterprise PDU models are engineered to stringent specifications in order to efficiently and cost effectively deliver power to the most power-dense IBM System x and BladeCenter environments. Designed with nine IEC-320-C19 receptacles on the front, three IEC-320-C13 on the rear panel, and individual breakers per load group, these units are well equipped to meet the requirements of your most power-demanding and highest availability systems. - Input cable connection, C19 outlets, and breakers on one face to improve usability and cable management; - Hardware to mount in either EIA space or sidepocket of rack; - 7176-2NX and 7176-3NU have nine IEC-320-C19 receptacles on front panel and three IEC-320-C13 receptacles on rear panel; - Easily accessible individual breakers per load group for high-availability environments.